Build and work with a live TCP/IP network

A three days practical course
Language: English, Dutch

DESCRIPTION

TCP/IP is the universal choice for corporate enterprise connectivity.
Attending this seminar you will become familiar with the many concepts of TCP/IP and gain practical experience in class with hands-on experiments.

A follow-up course has been developed for students attending this course. (see part-2)

HANDS-ON EXPERIMENTS

Understand TCP/IP networking and addressing.
Build a TCP/IP router network and use troubleshooting tools.
Set up a Domain Name Server and DHCP server.
Analyze in detail a decoded IP, ICMP, UDP and TCP protocol
View and analyze the inner workings of SNMP events, traps and protocols.


OUTLINES
I TCPIP Introduction
  • What is TCP/IP
      • Definition
      • History
      • Need for an Internet
      • What problems does TCP/IP solve
      • The role of RFC’s
  • TCP/IP versus OSI
  • TCP/IP and Link Layer
    • MTU & Path MTU
    • TCP/IP and Ethernet
    • TCP/IP and Token Ring
    • TCP/IP and X.25
    • TCP/IP and ISDN
    • TCP/IP and serial lines
      - SLIP: Serial Line
      - IPPPP: Point-to-Point Protocol
  • Networks & Interconnection
    • Bridges, Routers, Gateways

    II IP Protocols & Routing

  • Internet Characteristics
  • IP Fragmentation
  • Planning & Managing IP addresses
    • Internet addressing
    • classful addressing
    • classless addressing-CIDR
    • network & broadcast addresses
    • IP Multicasting
  • Subnetworks & IP addresses
  • Address Resolution Protocol (ARP)
  • Proxy-ARP
  • Reverse Address Resolution Protocol (RARP)
  • Bootstrap Protocol: BOOTP
  • Dynamic Host Configuration Protocol: DHCP
  • Internet Control Message Protocol (ICMP)
  • Routers & IP
    • Static Routing vs Dynamic Routing
    • Choosing a Routing Protocol
    • Distance Vector Routing
      - RIP
      - Hello Protocols
      - Cisco IGRP & EIGRP
    • Link-State Protocols
      - OSPF
    		 III Transport Layer Protocols: TCP & UDP
  • Services provided by UDP
  • Services provided by TCP
    • TCP protocol fields
    • Sliding windows
    • TCP segments
    • TCP checksum
    • Acknowledgments and retransmission
    • Time-outs
    • Network Congestion
  • ICMP errors
  • Silly Window & Closed Windows
  • TCP performance tuning
  • Ports
  • Sockets

    • IV TCP/IP Upper Layers, Applications:

  • Telnet & Rlogin
  • Simple Mail Transfer Protocol (SMTP)
  • Post Office Protocol (POP3)
  • Internet Message Access Protocol (IMAP4)
  • File Transfer Protocol (FTP)
  • File Service Protocol (FSP)
  • Trivial File Transfer protocol (TFTP)
  • Network File System (NFS)
  • Remote Procedure Call (RPC)
  • Exterior Data Representation (XDR)
  • X-Window

    • V Mapping Computer Names and Host Names to IP addresses

  • DNS: the Domain Name System
  • WINS: Windows Internet Name Service

    • VI Network Management

  • SNMP: Simple Network Management Protocol
  • SNMPv1,SNMPv2,SNMPv3
  • RMON: Remote Monitoring

    • VII TCP/IP & Security

  • Security threads in IPv4
  • Firewall
  • DMZ router
  • Port scanning
  • Packet filtering
  • NAT
  • IPv6

    •  
    Special bonus with this seminar:
    In addition to the seminar workbook you receive:
  • a software tool for use in subnet schemes within a TCP/IP network.
  • Valuable information on TCP/IP network protocols

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    FDDI Institute
     De Regenboog 11 - 2800 Belgium - Belgium
    Tel 32 15 24 50 58 - Fax 32 15 25 10 50